Nemesis upgrade opinion

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Faid

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Jul 26, 2014
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Hi new to forum, i have been vaping for 1 month now on a Sigelei with a hcigar kayfun 3.1. I have just purchase a nemesis from fasttech to see what its like to vape with a mec mod.

Was wondering people with nemesis if they had done the upgrade with a magnetic switch. How do you guys like it and do you suggest upgrading the magnetic switch on the nemesis?

Thanks for the opinion
 

eyerhere

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Oct 7, 2013
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Whoops sorry miss read your question. Incorrect usage like building a coil that exceeds your battery rating on a regulated mod just wont fire. On a mechanical mod your battery can over heat and vent oe explode. If you put your regulated mod in your pocket and the buttons it gets pressed your mod will shut down after the allotted time. The mechanical will keep firing until it blows up. Don't get me wrong I love my mechanicals! But when I see you post that it is your first I just want you to be safe.
:vapor:
 

Faid

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Jul 26, 2014
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Thanks for all the help guys. Love vaping at the moment. Nothing wrong with my sigelie 30w and a kayfun 3.1 top. I just dont want to be carrying a big stick when i go out. Hope i like compact nemesis in 18650 mod. Then i will get the real thing and try different upgrades.

BTW
I have the Efest 2500mAh 35A battery. You think it will be ok with a kayfun 1-1.5omh build?
From what i read and what i calculated from the ohms calculator it seems save. Its 3.XX amp draw(base on 3.7V).
 

jaxgator

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May 24, 2014
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I have the Efest 2500mAh 35A battery. You think it will be ok with a kayfun 1-1.5omh build?
From what i read and what i calculated from the ohms calculator it seems save. Its 3.XX amp draw(base on 3.7V).

I'm not sure and someone correct me if I am wrong but I believe that battery is actually a rewrapped 20 amp LG IMR battery with a continuous discharge of 20a and a pulse discharge of 35a. You want to stay, say 20%, below a battery's continuous amp discharge rate.

Always use 4.2v in your calculations when determining the amp draw with ohm's law.

With a 1.0Ω coil, the calculation would be the following (I = V/R or amps = volts divided by resistance)...

4.2v / 1.0Ω = 4.2a. Well within your battery's 20a amp limit.

With a 1.5Ω coil it would be 4.2v / 1.5Ω = 2.8a.
 
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